security-threat-model

To generate a threat model from your source code repository, analyze the codebase to enumerate trust boundaries, assets, attacker capabilities, and abuse paths, producing a concise Markdown report with mitigation recommendations.

Repository-grounded threat modeling analyzes your actual codebase to identify specific trust boundaries and abuse paths, unlike generic security checklists. It produces a Markdown threat model tailored to your code's unique architecture and potential vulnerabilities.

Yes, you can use this AppSec threat modeling approach for a new microservice codebase. It analyzes the service's code to identify trust boundaries, enumerate threats like data exfiltration or privilege escalation, and recommend specific architectural adjustments.

Codebase security analysis covers the enumeration of concrete attack sequences, attacker capabilities, and potential impact. It identifies abuse paths within your repository and suggests specific security controls and focus areas for code review.

You should avoid using automated threat modeling for general code review or non-security design tasks. This approach is triggered explicitly for codebase threat enumeration, focusing solely on security posture, vulnerabilities, and architectural risk assessment.

The best way to identify trust boundaries and attacker capabilities is to perform a repository-grounded analysis of your application code. This enumerates potential abuse paths, assesses security posture, and outputs a concise Markdown threat model with mitigations.